stereopsis

Not everyone has the same ability to see using stereopsis.

Our system of vision gives precise depth information, called stereopsis.

Vision therapy is one of the treatments for people lacking in stereopsis.

Many animals, including humans, have two eyes which provide depth perception; this is called stereopsis.

Very small differences between images, however, might yield singleness of vision and stereopsis.

Such stereopsis is impossible unless information is being combined from each eye.

In particular, the determination of normal stereopsis is a hyperacuity task.

Another common clinical test for stereopsis is the contour stereotests.

To maintain stereopsis and singleness of vision, the eyes need to be pointed accurately.

Optical sight is an illusion; a limited band of light waves shows a superficial stereopsis.

A second way a zograscope enhances depth perception is by creating stereopsis.

More than other such visual capabilities, the limits of stereopsis depend on the observer's familiarity with the situation.

This has led to various crazes for stereopsis, usually prompted by new sorts of stereoscopes.

This disparity serves as the basis for stereopsis, one of the most important depth cues in human sight.

He never experienced losses in subjective best-corrected acuity, color vision or stereopsis.

This differs from stereopsis in that the images from both eyes are not reconciled into one.

Prey is located using monocular depth perception, not stereopsis.

Nevertheless, stereopsis is possible with double vision.

Grading, image analysis, and stereopsis of digitally compressed fundus images.

This established the neural basis for stereopsis.

Deficiency in stereopsis can be complete (then called stereoblindness) or more or less impaired.

Fusion of the images from the two eyes is considered to be separate from stereopsis for at least two reasons.

Until about the 1960s, research into stereopsis was dedicated to exploring its limits and its relationship to singleness of vision.

Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem.

It is probable that they do not change the accommodative/convergence ratio or enable someone to develop the ability for stereopsis.